- See a full list of publications
- Browse activities and projects
- Explore connections, collaborators, related work and more
Complete our quick survey to help us improve staff profile pages
|2012 -||Lecturer||Department of Biology, University of York|
|2009 -2011||Fellow||University of Aberdeen|
|2006 - 2009||Post-doc||Macaulay Land Use Research Institute, Aberdeen|
|2005||Post-doc||Royal Society for the Protection of Birds, Edinburgh|
I work on a wide range of ecological problems from population dynamics and distributions to fire ecology in the African savannah. The main linking thread of my research is a fundamental interest in spatial processes in ecology, from the way individual animals move across a landscape, through the patterns and processes that shape individual species distributions, to global patterns in biodiversity. I'm interested in understanding all aspects of spatial variation in ecological processes at a range of spatial scales, using and developing appropriate statistical techniques alongside an active programme of field research in the UK and Africa. Currently, many species distributions are shifting as a consequence of global climate change and I'm also interested in the demographic processes that drive such shifts. Much of my work focusses on birds and I collaborate with conservation organisations to ensure that a variety of additional interests tackle problems of practical significance.
|Postdoctoral Research Associate||Dr Rob Critchlow||
Illegal Activities in Africa / Resoring Tanzania's degraded Savannahs
|PhD Student||Alfan Rija||
Illegal Activities in Tanzania's Protected Areas
|PhD Student||Chris Wheatley||
Climate Change Risk Assessments
|PhD Student||Jacob Davies||
Demographic drivers of distribution change in the Reed Warbler.
Modelling the abundance - distribution relationships (2015-16)
As global change impacts species a pressing question is how distribution shifts translate to abundance changes, yet complexities in the relationship between abundance and distribution make this difficult. Some species show abundance peaks at the range centre and a gradual decline towards the edge, others are abundant right up to their distribution limits. If we can understand these fundamental differences we should be able to make more accurate projections of the impacts of global change on abundance on biodiversity. Although we currently lack an understanding of these fundamental patterns, preliminary models suggest that a mechanistic approach linking birth and death rates to environmental variables can explain many of the observed patterns.
In this PhD you will use data on bird abundance and distribution in a variety of countries from UK to Tanzania to undertake statistical and theoretical models of abundance and distribution relationships at a range of spatial scales. This project will involve training in advanced Bayesian, spatially-explicit modelling methods, joining a team of graduates students and researcher at York that leads the field of spatial ecology and has a strong focus on conservation biology.
This opportunity is only available as a self-funded project and will appeal to numerate biologists.